用于建立零温差温度场的位式调节算法和实时速率调节算法的温度控制软件的开发

Development of Algorithm and Real-time Rate Adjustment Algorithm Temperature Control Software for Establishing Zero Temperature Difference Temperature Field

为实现实验中所需要的绝热环境,在MCGS环境下开发了位式调节算法和实时速率调节算法的温度控制软件,设计了基于外侧人工环境的零温差温度场,完成了多种不同温度下的保温实验,得到了不同实验环境下两种控制算法的优缺点。

The temperature field of zero temperature difference based on the external artificial environment is designed to realize the adiabatic environment needed in some experiments.The temperature control software is developed in the MCGS environment.There are two control algorithms for the temperature control software,Algorithm and real-time rate adjustment algorithm.The heat preservation experiments at various temperatures have been completed.The advantages and disadvantages of two control algorithms under different experimental conditions are obtained.